What the Process of Precision Metal Stamping is really all about

All that you want to know about the Process of Precision Metal Stamping...

What kind of a process is this?

This is the process that results in the formation of 3-dimensional metal parts, lettering and other types of embossing.  This is mostly used for decorative reasons. Metal stamping is a process that is very similar to this process. In metal stamping, metal is moulded into various kinds of sizes and shapes.

In the process of metal stamping, the products that are obtained are used as components for some larger products in different kinds of industries. The metals that are most commonly used for the process of precision metal stamping are: steel, titanium, stainless steel, beryllium, aluminium, nickel, nickel silver, brass, copper and phos bronze.

Where is precision metal stamping applicable?

This process is used in many industries like: electronics, computers, defence, telecom, automotives, military specs, aerospace, electrical, instrumentation, dental, to name some. There are many methods of this process that can be used in the production of stamped prototypes.

One such method is referred to as Blank Creation. This involves the component being created into a flat state. It is this flat blank sheet which is then used to make features of the part. There are many processes that are involved in the process of Blank Creation and these include: chemical etching, wire EDM, nibbling, water jet cutting, punch and die.

So much more to the Process of Precision Metal Stamping...

Many types of methods are used in order to produce prototypes from precision stamping. The method that is used would depend on the size and the intricate nature of the parts that have to be produced as well as the number of prototypes that are required to be made.

One of the biggest advantages of the use of this particular method is that it is extremely cost effective. There can be a single standard system that can be incorporated and maintained in the design, manufacture and holding tooling inserts.  But, this system is found to be slow as it calls for individual prototype parts.

So what exactly is the process of precision metal stamping?

This is a process that can be accomplished at extremely high speeds of up to 1,200 strokes per minute. This process has several advantages, one of which is the ability to use any metal or alloy to create components that have dimensions and shapes that are extremely precise.

Detailed information on sheet metal stamping, as well as metal stamping machines can be obtained from Metal Stamping Info and this is just what the Process of Precision Metal Stamping is really all about.
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